The Universe Creation - Among the ancient philosopher of India the most pre-eminent was Kapila.
The Great philosopher Kapila denied the theory that there was a being who created the universe.
An effect must differ from its cause,though it must consist of the cause.
Things that have evolved have a cause and the things that have not evolved have also a cause,
- just as other things of whole existence there is no doubt,
- cannot be perceived;
- or because of their too great a distance
- or proximity;
- or though the intervention of a third object,
- or though admixture with a semi lar matter;
- or though the presence of some more powerful sensation
- or the blindness
- or other defect of the senses
- or the mind of the observer.
Outer World Character Creation
- Sattva
- Rajas
- Tama's is called three Gunas.
The three constituents act essentially in close relation,they overpower and support one another and intermingle with one another.
They are like the constituents of a lamp,the flame,the oil and wick.
The disturbance in the balance of the three Gunas was due to the presence of Dukha(suffering ).
Theory Of Universe Creation
The night sky is filled with stars and galaxies. So many stars and so many galaxies, you might think there must be billions and billions of them in the universe.
In fact, there are only around 200 billion galaxies in the observable universe.
So while there are many stars and galaxies in the night sky, there are still many more to discover.
The solar system that we know today is believed to have formed from the collapse of a giant molecular cloud some 4.6 billion years ago.
This cloud was already host to the sun and a number of planets and other bodies, but it was the tremendous gravitational force of the sun that ultimately drew all the remaining material together into a flattened disc that would go on to form the planets and other objects in our system today.
This event is known as the solar nebula, and it is the beginning of our understanding of how our solar system came to be.
The solar system we know today is believed to have formed from the collapse of a giant interstellar molecular cloud.
This cloud, which was present in the neighborhood of the Sun during the earliest phases of the Solar System’s evolution, may have been as large as the entire orbit of Mercury.
Over time, the forces of gravity broke the cloud down into smaller and smaller pieces.
The Sun was born when a small mass (about the size of Mercury’s orbit today) passed through this region of space and was attracted by the expanding debris.
The billions of stars and galaxies in our universe all formed from a giant cloud of gas and dust.
This cloud, called the observable universe, began its existence more than 13.8 billion years ago with the Big Bang.
The sun is the center of our solar system and gives us light and heat.
It is the largest object in our solar system. Surrounding the sun are the eight planets and their moons.
The planets are large, gas-giant planets that orbit the sun in the same direction as the planets orbit the sun.
The solar system that we know today only began to take shape just over 4 billion years ago, in the aftermath of the Big Bang.
At first, the universe was filled with a hot, dense plasma of electrically charged hydrogen and helium.
It was in this environment that the first atoms were formed, from which the first stars and galaxies were formed.
It was also in this environment that the first planets, moons, asteroids and, eventually, human beings were formed.
The more we look, the more stars and galaxies we find in the universe.
Recently, the largest survey yet of distant galaxies found that the number of galaxies in the universe is rising rather than falling as some had previously thought.
This discovery was made possible by the wealth of new observations made possible by the Hubble Space Telescope and the Large Binocular Telescope.
The Hubble and LBT galaxies were part of the Super Galaxy Nucleus Legacy (SGL) survey, a project led by astronomers at the University of Tokyo that used Hubble and the LBT to find distant galaxies.
Scientists have found more than 700 new stars in a small patch of sky, bringing the total number of stars in that region to more than 1,500.
The bulge is a region in our Galaxy where the stars are densely packed together.
Just like in our own Milky Way, there are likely billions of galaxies in the universe.
Each galaxy is a star system, with stars and planets, gas and dust, and maybe even life.
What’s amazing is that we can see so much of these distant galaxies, and even some of their stars, using telescopes on Earth.
Bigger isn’t always better. In space, this is especially true.
The universe is so huge that even the biggest stars and galaxies can be easily missed, which makes it difficult to spot these astronomical wonders.
Fortunately, astronomers have devised clever ways to find these smaller objects.